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A Finishing Process Model of Spherical Grinding Tools for Automated Surface Finishing Systems
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C.-C.A. Chen,
Published/Copyright:
December 1, 1997
Published Online: 1997-12
©2011 by Walter de Gruyter GmbH & Co.
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Articles in the same Issue
- Table of Contents
- Surface Waviness Resulting from Single Point Diamond Dressing in Cylindrical Grinding
- Grinding Characteristics of a Metal-Resin Bonded Diamond Wheel on ELID Lap-Grinding
- A Finishing Process Model of Spherical Grinding Tools for Automated Surface Finishing Systems
- Cutting Force Sensing by Utilizing Magnetostrictive Effect
- Frontiers in Precision Manufacturing - Metrology
- Flowdrill® System: High Resistance Threads in Thin Metal Sheets
- Effect of the Mechanical Stresses Developed During Gear Hobbing on the Fatigue Failure of Tool Coatings
- The Necessity of Training Manufacturing Engineers in Ergonomics
Articles in the same Issue
- Table of Contents
- Surface Waviness Resulting from Single Point Diamond Dressing in Cylindrical Grinding
- Grinding Characteristics of a Metal-Resin Bonded Diamond Wheel on ELID Lap-Grinding
- A Finishing Process Model of Spherical Grinding Tools for Automated Surface Finishing Systems
- Cutting Force Sensing by Utilizing Magnetostrictive Effect
- Frontiers in Precision Manufacturing - Metrology
- Flowdrill® System: High Resistance Threads in Thin Metal Sheets
- Effect of the Mechanical Stresses Developed During Gear Hobbing on the Fatigue Failure of Tool Coatings
- The Necessity of Training Manufacturing Engineers in Ergonomics
